Welcome to the climlab documentation!¶
- Introduction
- Quickstart Guide
- Installation
- Source Code
- Dependencies
- Architecture
- Models
- Tutorials
- Preconfigured Energy Balance Models
- Boltzmann Outgoing Longwave Radiation
- Budyko Transport for Energy Balance Models
- Ice - Albedo Feedback and runaway glaciation
- Distribution of insolation
- The seasonal cycle of surface temperature
- Comparing soundings from NCEP Reanalysis and various models
- Modeling spectral bands with
climlab - Spectrally-resolved Outgoing Longwave Radiation (OLR) with
RRTMG_LW- Set up idealized atmospheric profiles of temperature and humidity
- Run the profiles through
RRTMG_LW - Now, wrap it all into a simple function
- Now, what happens when we include \(CO_{2}\)?
- What about water vapour?
- \(\textit{"Last call for orders! The water vapour window is closing!"}\)
- Nice!
- At low temperatures, the feedback parameter in the window region is close the the Planck feedback, indicating efficient emission to space from these wavenumbers.
- Latitude-dependent grey radiation
- Radiative-Convective Equilibrium with CAM3 scheme
- Polar amplification in simple models
- Resetting time to zero after cloning a climlab process
- Integration with
xarray - CLIMLAB API reference
- climlab.convection
- climlab.domain
- climlab.dynamics
- BudykoTransport
- AdvectionDiffusion
- MeridionalAdvectionDiffusion
- MeridionalHeatDiffusion
- MeridionalMoistDiffusion
- Numerical core for the advection-diffusion solver (climlab.dynamics.adv_diff_numerics)
- The 1D advection-diffusion problem
- Spatial discretization
- Centered difference formulas for the flux
- Centered difference formulas for the flux convergence
- Implicit time discretization
- Analytical benchmark
- Module function reference
advdiff_tridiag()advective_flux()compute_source()compute_tendency()diffusive_flux()implicit_step_forward()make_the_actual_tridiagonal_matrix()total_flux()
- climlab.model
- climlab.process
- climlab.radiation
- climlab.solar
- climlab.surface
- climlab.utils
- constants
- heat_capacity
- legendre
- thermo
EIS()Planck_frequency()Planck_wavelength()Planck_wavenumber()T()blackbody_emission()clausius_clapeyron()estimated_inversion_strength()lifting_condensation_level()mixing_ratio_from_vapor_pressure()mmr_to_vmr()potential_temperature()pseudoadiabat()qsat()rho_moist()temperature_from_potential()theta()vapor_pressure_from_specific_humidity()virtual_temperature_from_mixing_ratio()vmr_to_mmr()
- walk
- Inheritance Diagram
- Contributing to CLIMLAB
- References
- License
- Acknowledgement
- Contact